Multispectral Infrared Cameras

Telops’ multispectral infrared cameras stand as a pinnacle of imaging technology, designed to meet the rigorous demands of advanced scientific research and industrial applications. These cameras are equipped with unique features such as high-speed, high-resolution imaging capabilities, and a versatile filter wheel system that allows for detailed multispectral analysis across various spectral bands. The integration of automatic calibration ensures that the cameras maintain precision and accuracy, adapting seamlessly to environmental changes. This adaptability, combined with their robust design, makes them suitable for a wide range of applications, from environmental monitoring to defense and security. Telops’ commitment to innovation is evident in the cameras’ advanced software, which simplifies data acquisition and analysis, enhancing the user experience. With these features, Telops’ multispectral infrared cameras are not just tools but solutions that open new possibilities in thermal imaging and spectral analysis.

• Advanced Automatic Calibration: These cameras are equipped with sophisticated automatic calibration mechanisms that adapt in real time to environmental changes, ensuring the highest level of accuracy and reliability in thermal measurements. This feature is pivotal for applications requiring long-term consistency without the need for manual recalibration.


• Versatile Multispectral Analysis with Filter Wheel: The integration of an innovative filter wheel allows for seamless switching between up to eight spectral bands. This capability is crucial for dissecting and understanding complex spectral signatures in diverse applications, from environmental monitoring to industrial process control.


• Exceptional Image Quality Through Advanced Processing: Leveraging state-of-the-art image processing algorithms, the cameras deliver unparalleled contrast and clarity. This ensures that even in the most challenging thermal environments, users can count on clear, detailed images for accurate analysis.


• Robust Design for Environmental Adaptability: Designed to endure harsh operational environments, these cameras guarantee reliable performance across a broad range of conditions. This durability is essential for field research, military applications, and industrial settings where conditions can be unpredictable


• High-Speed Synchronous Imaging: Capture dynamic thermal events with precision, thanks to the camera’s ability to record at high frame rates, making it ideal for detailed analysis in fast-paced environments.


• Wide Spectral Sensitivity: From visible to long-wave infrared, these cameras cover a broad spectral range, allowing for versatile application across different research and industrial fields.


• Customizable Lens Options: Offering a variety of lens choices, the cameras can be adapted to different fields of view, ensuring optimal performance for specific imaging requirements.


• Integrated Software Solutions: Comes with comprehensive software that simplifies data acquisition, analysis, and management, enhancing the user experience and productivity.


• Real-Time Data Processing: Features like real-time image enhancement and spectral analysis enable immediate insight into thermal data, crucial for time-sensitive applications.


• Energy Efficiency: Designed with energy efficiency in mind, these cameras operate with minimal power consumption without sacrificing performance, suitable for remote and prolonged deployments.


• Extended Operational Temperature Range: Engineered to function effectively across a wide temperature range, ensuring consistent performance under varying environmental conditions.

• Automatic Calibration Technology: Incorporates state-of-the-art automatic calibration for maintaining accuracy and image quality without manual intervention, crucial for long-term, consistent operation across various environmental conditions.


• Enhanced Sensitivity: Equipped with advanced detectors, these cameras offer exceptional sensitivity, capable of detecting temperature differences as slight as 20 mK, making them ideal for detailed thermal analysis.


• Flexible Spectral Range: With options covering midwave to very long wave infrared bands, these cameras are designed to cater to a wide spectrum of applications, from scientific research to industrial monitoring.


• High Frame Rate Imaging: Capable of achieving high frame rates up to 2900 fps in specific modes, allowing for the capture of rapid thermal events in great detail.


• Resolution and Field of View: Offers a range of resolutions up to 1280×1024 pixels, providing high-detail imaging capabilities, along with customizable field of view options to suit various application needs.


• Environmental Durability: Built to withstand challenging environmental conditions, ensuring reliable performance whether in laboratory settings or in the field.